Airbus and IBM are collaborating with Capgemini to move quantum technology beyond theoretical promise and into practical industrial applications. Capgemini’s Quantum Lab, a global network of experts, is urging companies to proactively capitalize on the emerging opportunities presented by quantum computing, calling for a program to harness the potential of quantum technology before the end of the decade. The firm’s new report details three key steps organizations can take to harness the power of this rapidly developing field and identify areas of near-term commercial value. Leading this effort is Julian van Velzen, Head of Capgemini’s Quantum Lab, who brings a foundation in condensed-matter physics to the challenge of driving forward quantum innovation.
Capgemini Quantum Lab Drives Industry Innovation
Capgemini’s Quantum Lab is integrating contributions from aerospace company Airbus and technology leader IBM, signaling a shift from academic exploration toward practical industrial application of quantum computing. This collaboration is not simply shared research; it demonstrates a concerted effort to move beyond theoretical potential and address real-world challenges, leveraging the expertise of established industry players alongside Capgemini’s own quantum initiatives. The lab’s approach extends beyond internal development, actively incorporating insights from innovative startups already engaged in the quantum field, creating a dynamic ecosystem for accelerating progress. Van Velzen directs the research and oversees the delivery of client projects, ensuring that theoretical advancements translate into tangible results for businesses.
This emphasis on practical application is reinforced by the inclusion of Sam Genway, Emerging Technologies Lead at Hybrid Intelligence and Head of Industries at Capgemini Quantum Lab, who has a background in theoretical quantum physics and experience co-founding an accelerator for emerging technologies. Genway’s work focuses on developing capabilities and enhancing operations for some of the largest, most innovative companies, highlighting the lab’s commitment to driving value for its clients. The report frames this moment as a pivotal time for quantum technology, acknowledging both the enormous potential and the need to translate theoretical promise into practical value for industry leaders.
Julian van Velzen Leads Quantum Technology Research
Quantum computing is rapidly transitioning from theoretical possibility to a field attracting significant investment and collaborative effort; the current landscape reveals a complex interplay between academic research, technology startups, and established industrial players. While fully fault-tolerant quantum computers remain years away, organizations are actively exploring near-term applications and building the foundational infrastructure necessary to capitalize on the technology’s potential. This push is driven by a growing recognition of quantum’s potential to disrupt industries, fueling the race to develop practical quantum solutions. Capgemini’s Quantum Lab stands as a central hub in this development, and its direction is firmly guided by Julian van Velzen. As the Head of Capgemini’s Quantum Lab, van Velzen coordinates efforts across quantum and quantum-safe technologies, uniting a global network of experts, partners, and facilities to accelerate quantum innovation.
This research endeavor includes contributions from Airbus and IBM, signaling a level of maturity and practical application beyond purely academic pursuits. The involvement of these major companies demonstrates a shared commitment to translating quantum potential into tangible business value. Van Velzen shapes the research agenda and ensures the successful delivery of client projects, bridging the gap between theoretical advancements and real-world implementation. His background, rooted in condensed-matter physics, provides a strong scientific foundation for leading these complex initiatives. This collaborative ecosystem allows Capgemini to leverage external expertise and accelerate the pace of innovation. Sam Genway, Emerging Technologies Lead at Hybrid Intelligence, Head of Industries at Capgemini Quantum Lab, leads quantum computing research and development at Capgemini’s Quantum Lab. Capgemini’s experts recognize that realizing the full potential of quantum technology requires a proactive and decisive approach, and the window to do so is narrowing.
As a Core Team Member of Capgemini’s Quantum Lab Iftikhar has been at the forefront of the lab’s go-to-market strategy since its establishment, overseeing the funding and management of some of the lab’s most significant projects.
Three Steps to Harness Quantum Tech Value
Genway, who holds a PhD in Theoretical Physics from Imperial College London, emphasizes the need for organizations to actively develop capabilities, not simply observe the field’s evolution. This focus on operational enhancement is central to Capgemini’s strategy, as they work with major companies to translate quantum potential into practical value. The firm’s Quantum Lab, bolstered by contributions from Airbus and IBM, signifies a departure from purely academic pursuits; these established industry leaders are actively involved in shaping the technology’s trajectory. The report highlights a crucial first step for businesses: identifying areas of near-term commercial value. This is about pinpointing specific problems where even nascent quantum capabilities can offer an advantage.
Capgemini’s experts suggest a focused assessment of current operations to reveal opportunities for optimization, stating that organizations are invited to inform their view with perspectives curated from the Quantum Lab, including contributions from Airbus, IBM, and innovative startups already making progress. This collaborative ecosystem, bringing together established corporations and agile startups, is designed to accelerate the development and deployment of quantum solutions. However, realizing this value requires addressing the inherent constraints of current quantum technology. The report urges companies to consider ways to address these constraints and take steps to mitigate these issues for positive business implications. This pragmatic approach acknowledges that quantum computing is not a panacea, but a tool that requires careful integration and adaptation. This call to action reflects a growing recognition that the competitive landscape for quantum advantage is forming now, and early movers will be best positioned to capitalize on its potential.
With a background in theoretical quantum physics, he co-founded an accelerator on emerging technologies within Capgemini and has worked with several of the largest, most innovative companies to develop their capabilities and enhance their operations.
Quantum Lab Experts: Airbus, IBM, and Startups
The pursuit of commercially viable quantum computing is rapidly shifting from theoretical exploration to practical application, and a growing ecosystem of established industrial players and nimble startups are driving this transition. This collaboration is not simply about funding; it represents a concerted effort to translate quantum potential into tangible business value. The lab’s work extends beyond internal research, actively engaging with organizations to identify near-term opportunities. This proactive approach suggests a move away from simply anticipating quantum breakthroughs toward actively shaping their implementation. Van Velzen’s foundation in condensed-matter physics lends scientific credibility to the lab’s endeavors. His role is not limited to research; he also actively contributes to the broader CTIO community, demonstrating a commitment to knowledge sharing and industry collaboration. The lab’s structure, uniting experts, partners, and facilities, is designed to accelerate quantum innovation and facilitate the transfer of knowledge between different stakeholders. The urgency implied by this timeframe underscores the belief that the window of opportunity to establish a quantum advantage is narrowing, demanding immediate action from industry leaders.
Form Submission & Contact Information Process
Beyond simply collecting data, the process of engaging with Capgemini’s quantum initiatives is structured to facilitate rapid response and targeted expertise, reflecting the accelerating pace of development in the field. The detailed form presented for contact and information requests is not merely a lead-generation tool; it’s a preliminary assessment mechanism, gathering specific data points to route inquiries to the most appropriate specialist within the organization’s extensive network. The form requests a business email address and optional phone number, signaling a focus on professional engagements rather than casual interest, and includes a comprehensive, validated dropdown menu for country selection, ensuring accurate regional targeting. The submission process employs a unique “slide to submit” interface, a visual cue designed to confirm user intent and comply with accessibility standards for users employing screen readers.
The system provides immediate feedback, confirming successful submission with a “Thank you for reaching out. We will get back to you” message, or alerting the user to failure, suggesting a robust backend infrastructure capable of handling potentially high volumes of inquiries. The entire system is designed not just to capture leads, but to rapidly qualify them and connect them with the appropriate expertise, positioning Capgemini as a key facilitator in the burgeoning quantum ecosystem.
